Asus AMD EPYC 9005 Dual-Processor 1U Server - Supports Up To 24 DIMM, Twelve Tri-Mode Storage, Two Pcie 5.0 Slots and Two OCP 3.0 - RS700A-E13-RS12U

Product Description

AMD EPYC 9005 dual-processor 1U server that supports up to 24 DIMM, twelve tri-mode storage, two PCIe 5.0 slots and two OCP 3.0, and offers supports for a maximum TDP of up to 400W watts.

Key Features

• Performance computing for multi-tasking: Dual AMD EPYC 9005 processors with 192 Zen 5 cores, 400W TDP, and 12-channel DDR5 memory up to 6000MHz deliver exceptional performance for demanding workloads.
• Scalable storage and expansion: Modular DC-MHS architecture supports up to four front-mounted tri-mode drives and four PCIe 5.0 slots for seamless storage and system expansion.
• Flexible networking: Four PCIe 5.0 expansion slots (two OCP 3.0, two PCIe) for scalable, high-speed networking and efficient data transfer.
• Advanced memory support: Supports up to 24 DDR5 RDIMMs, running at up to 6000MHz (1DPC), ensuring high bandwidth and energy efficiency across a broad spectrum of applications.
• Tool-less, easy-maintenance design: Features tool-less access, including a top cover handle and optimized DC-SCM/OCP3.0 card for downtime decreased and easy maintenance.
• Enhanced security: PFR FPGA as Root-of-Trust solution with TPM 2.0 for hardware security and regular firmware updates to address vulnerabilities.

Arm-based rack server for HPC and AI workloads

ASUS RS700A-E13-RS12U is an efficient, versatile server powered by dual AMD EPYC™ 9005-series processors, delivering exceptional performance for demanding enterprise workloads. Built on the advanced 3nm Zen5/5c architecture, these processors offer up to 192 cores, 384 threads and clock speeds of up to 5GHz, making them ideal for AI/ML processing, data analytics and virtualization. RS700A-E13-RS12U is optimized for seamless integration in modern data centers, offering high efficiency and compatibility across diverse IT environments.

Flexible and expandable server for multi-tasking

With the advanced x86 architecture and high CPU density, RS700A-E13-RS12U enhances computing efficiency and integrates seamlessly into existing data center infrastructures. This versatile server is designed for scalability, offering up to 3TB of memory and supporting various types of cards, including networking, RAID for flexible storage configurations. Its 80^® PLUS Titanium redundant power supplies ensure optimal energy efficiency, reducing operational costs.

Scalable modular architecture for seamless integration

RS700A-E13-RS12U features a modular DC-MHS architecture that ensures seamless integration and high performance in data center environments. Its scalable design allows businesses to adapt to changing IT workloads by adding or removing modules without disruption. This flexibility improves operational efficiency, simplifies system management and supports phased upgrades. The architecture optimizes capital expenditure and resource use, reducing upfront costs. Additionally, modular components can be replaced or upgraded quickly, minimizing downtime and ensuring continuous operations. The DC-MHS architecture also incorporates advanced cooling and power management systems, improving energy efficiency, reducing operational costs, and supporting sustainability efforts. 

M-FLW (Modular Hardware System Full Width):

Optimizes server utilization for high-performance computing tasks like AI training and big data analytics.

DC-SCM (Data Center Secure Control Module):

Enhances system security by providing a trusted foundation for server operations and remote management.

M-PIC (Modular Hardware System Platform Infrastructure Connectivity):

Enables seamless communication and data transfer between different parts of the server, improving overall performance.

Toolless design for fast, simple maintenance

ASUS has redesigned the server-chassis structure for optimal airflow, without compromising on specifications, enhancing cooling efficiency. With a quick-release top cover and a streamlined airflow system, you can manage cables and components effortlessly, reducing maintenance time. This creates a seamless airflow path from front to back, efficiently dissipating heat and keeping the system running cool and stable, streamlining upkeep and minimizing downtime.